Unlike the Simple Balance Charger, the cells are not directly connected while in "Charge" mode. This means that the cells may not be balanced through the entire charge cycle. With the Fast Multi-Cell Charger, it is best to wait until all cells are fully charged. This wiil assure that they are 'balanced' at 4.2v before switching to "Run" mode.
The limitation of the Simple Balance Charger is that the charger output is divided among multiple cells. The recharge time is limited by the maximum charge current of a single charger. To speed up the charge, we can use more than one charger.
Unlike the Simple Balance Charger, the cells are not directly connected while in "Charge" mode. This means that the cells may not be balanced through the entire charge cycle. With the Fast Multi-Cell Charger, it is best to wait until all cells are fully charged. This wiil assure that they are 'balanced' at 4.2v before switching to "Run" mode.
Unlike the Simple Balance Charger, the cells are not directly connected while in "Charge" mode. This means that the cells may not be balanced through the entire charge cycle. With the Fast Multi-Cell Charger, it is best to wait until all cells are fully charged. This wiil assure that they are 'balanced' at 4.2v before switching to "Run" mode.
Since the cells are not guaranteed to be balanced during the fast-charge, it is best to wait until both cells are fully charged before switching to Run mode.
This guide was first published on Feb 28, 2013. It was last updated on Feb 28, 2013.
This page (Fast Multi-Cell Charger) was last updated on Feb 25, 2013.
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